Programme
International Baccalaureate
Full IB Diploma Programme — all standard and higher level subjects
- subjects
- 5subjects
- topics
- 121topics
- lessons
- 415lessons
- hours
- 228+hours
From quantum mechanics to cosmology — build deep intuition for how the universe works through simulation, derivation, and exam practice.
24
Topics
73
Lessons
39+
Hours
Syllabus themes
Space, Time and Motion
5 topics · 17 lessons
Particulate Nature of Matter
5 topics · 16 lessons
Wave Behaviour
5 topics · 14 lessons
Fields
4 topics · 13 lessons
Nuclear and Quantum Physics
5 topics · 13 lessons
Every lesson pairs a visual explanation with an interactive simulation and exam-style practice.
From atomic structure to organic mechanisms — build deep understanding of matter and its transformations through models, particle diagrams, and exam practice.
22
Topics
81
Lessons
43+
Hours
Syllabus themes
S1.1 Introduction to the Particulate Nature of Matter
1 topic · 2 lessons
S1.2 The Nuclear Atom
1 topic · 3 lessons
S1.3 Electron Configurations
1 topic · 4 lessons
S1.4 Counting Particles by Mass: The Mole
1 topic · 3 lessons
S1.5 Ideal Gases
1 topic · 2 lessons
S2.1 The Ionic Model
1 topic · 3 lessons
S2.2 The Covalent Model
1 topic · 5 lessons
S2.3 The Metallic Model
1 topic · 2 lessons
S2.4 From Models to Materials
1 topic · 3 lessons
S3.1 The Periodic Table: Classification of Elements
1 topic · 5 lessons
S3.2 Functional Groups: Classification of Organic Compounds
1 topic · 6 lessons
R1.1 Measuring Enthalpy Changes
1 topic · 2 lessons
R1.2 Energy Cycles in Reactions
1 topic · 3 lessons
R1.3 Energy from Fuels
1 topic · 3 lessons
R1.4 Entropy and Spontaneity
1 topic · 3 lessons
R2.1 How Much? The Amount of Chemical Change
1 topic · 3 lessons
R2.2 How Fast? The Rate of Chemical Change
1 topic · 6 lessons
R2.3 How Far? The Extent of Chemical Change
1 topic · 4 lessons
R3.1 Proton Transfer Reactions
1 topic · 6 lessons
R3.2 Electron Transfer Reactions
1 topic · 7 lessons
R3.3 Electron Sharing Reactions
1 topic · 1 lesson
R3.4 Electron-Pair Sharing Reactions
1 topic · 5 lessons
Every lesson pairs a visual explanation with an interactive simulation and exam-style practice.
Life from molecule to ecosystem — four themes (unity & diversity, form & function, interaction & interdependence, continuity & change) and the experimental craft of biology. SL + HL paths share lessons; HL-extension topics are flagged with a violet badge.
40
Topics
113
Lessons
57+
Hours
Syllabus themes
A1.1 Water
1 topic · 2 lessons
A1.2 Nucleic acids
1 topic · 3 lessons
A2.1 Origins of cells
1 topic · 2 lessons
A2.2 Cell structure
1 topic · 3 lessons
A2.3 Viruses
1 topic · 2 lessons
A3.1 Diversity of organisms
1 topic · 3 lessons
A3.2 Classification and cladistics
1 topic · 2 lessons
A4.1 Evolution and speciation
1 topic · 3 lessons
A4.2 Conservation of biodiversity
1 topic · 2 lessons
B1.1 Carbohydrates and lipids
1 topic · 3 lessons
B1.2 Proteins
1 topic · 3 lessons
B2.1 Membranes and membrane transport
1 topic · 4 lessons
B2.2 Organelles and compartmentalization
1 topic · 2 lessons
B2.3 Cell specialization
1 topic · 2 lessons
B3.1 Gas exchange
1 topic · 3 lessons
B3.2 Transport
1 topic · 3 lessons
B3.3 Muscle and motility
1 topic · 2 lessons
B4.1 Adaptation to environment
1 topic · 2 lessons
B4.2 Ecological niches
1 topic · 3 lessons
C1.1 Enzymes and metabolism
1 topic · 3 lessons
C1.2 Cell respiration
1 topic · 3 lessons
C1.3 Photosynthesis
1 topic · 3 lessons
C2.1 Chemical signalling
1 topic · 3 lessons
C2.2 Neural signalling
1 topic · 3 lessons
C3.1 Integration of body systems
1 topic · 3 lessons
C3.2 Defence against disease
1 topic · 3 lessons
C4.1 Populations and communities
1 topic · 3 lessons
C4.2 Transfers of energy and matter
1 topic · 3 lessons
D1.1 DNA replication
1 topic · 3 lessons
D1.2 Protein synthesis
1 topic · 3 lessons
D1.3 Mutation and gene editing
1 topic · 3 lessons
D2.1 Cell and nuclear division
1 topic · 3 lessons
D2.2 Gene expression
1 topic · 2 lessons
D2.3 Water potential
1 topic · 3 lessons
D3.1 Reproduction
1 topic · 4 lessons
D3.2 Inheritance
1 topic · 4 lessons
D3.3 Homeostasis
1 topic · 3 lessons
D4.1 Natural selection
1 topic · 3 lessons
D4.2 Stability and change
1 topic · 3 lessons
D4.3 Climate change
1 topic · 3 lessons
Every lesson pairs a visual explanation with an interactive simulation and exam-style practice.
Pure-mathematical core of the IB Diploma — calculus, algebra, functions, vectors, statistics, complex numbers, induction, and series. SL + HL paths share lessons; HL extension topics are flagged with a violet badge.
25
Topics
77
Lessons
45+
Hours
Syllabus themes
A.1 Sequences and Series
1 topic · 3 lessons
A.2 Exponents and Logarithms
1 topic · 2 lessons
A.3 Algebraic Foundations
1 topic · 3 lessons
A.4 Binomial Theorem and Counting
1 topic · 3 lessons
A.5 Complex Numbers, Induction, and Linear Systems
1 topic · 5 lessons
B.1 Function Foundations
1 topic · 5 lessons
B.2 Quadratic and Rational Functions
1 topic · 3 lessons
B.3 Exponential, Logarithmic, and Solving
1 topic · 2 lessons
B.4 Graph Transformations
1 topic · 1 lesson
B.5 Higher-Level Functions
1 topic · 5 lessons
C.1 3D Geometry and Triangle Solving
1 topic · 2 lessons
C.2 Circular Measure and Trigonometric Identities
1 topic · 2 lessons
C.3 Trigonometric Functions and Equations
1 topic · 2 lessons
C.4 Reciprocal/Inverse Trig and Compound Angles
1 topic · 2 lessons
C.5 Vectors
1 topic · 5 lessons
D.1 Sampling and Data Presentation
1 topic · 2 lessons
D.2 Descriptive Statistics and Correlation
1 topic · 2 lessons
D.3 Probability
1 topic · 3 lessons
D.4 Distributions
1 topic · 4 lessons
D.5 Higher-Level Probability and Continuous Variables
1 topic · 3 lessons
E.1 Differentiation Foundations
1 topic · 3 lessons
E.2 Integration Foundations
1 topic · 3 lessons
E.3 Advanced Derivatives and Extrema
1 topic · 3 lessons
E.4 Kinematics in Calculus
1 topic · 1 lesson
E.5 Higher-Level Calculus
1 topic · 8 lessons
Every lesson pairs a visual explanation with an interactive simulation and exam-style practice.
Modelling, statistics, and applied mathematics for the IB Diploma — financial maths, regression, probability, distributions, calculus in context, Voronoi diagrams, and (HL) graph theory, vectors, matrices, and differential equations. Both papers GDC-required.
10
Topics
71
Lessons
42+
Hours
Syllabus themes
A.1 Number and Algebra
1 topic · 4 lessons
A.2 Logarithms, Complex Numbers, and Matrices
1 topic · 6 lessons
B.1 Functions
1 topic · 4 lessons
B.2 Advanced Modelling
1 topic · 4 lessons
C.1 Geometry and Trigonometry
1 topic · 6 lessons
C.2 Vectors and Graph Theory
1 topic · 10 lessons
D.1 Statistics and Probability
1 topic · 11 lessons
D.2 Advanced Statistics
1 topic · 8 lessons
E.1 Calculus
1 topic · 8 lessons
E.2 Advanced Calculus and Differential Equations
1 topic · 10 lessons
Every lesson pairs a visual explanation with an interactive simulation and exam-style practice.